Product Description:

The AKM32D-ANCN2-00 is a synchronous servo motor produced by Kollmorgen for the AKM Synchronous Servo Motors series. It serves as an electromechanical actuator that delivers precise rotary motion to indexing tables, pick-and-place axes, and other servo-controlled machinery within automated production lines. The motor belongs to the AKM product family and pairs with Kollmorgen digital drives to provide rapid acceleration while maintaining a compact footprint for moderate-power servo stages. Its operating role suits machines that require repeatable positioning, smooth speed changes, and dependable response during frequent start-stop cycles.

Its mechanical interface starts with a 70 mm square frame that matches IEC flange accuracy N for consistent alignment on compatible machine plates. A smooth shaft eliminates keyways, allowing clamp-style couplings to seat without backlash and support accurate torque transfer. Because the unit is supplied without a brake, holding torque must be provided by the drive or by an external locking device when power is removed. Power and feedback are routed through 2 SpeedTec Ready connectors, each using bayonet latching for fast, secure attachment. Internally, winding code D and rotor length index 2 establish the electrical and magnetic layout used for this motor size. The customization level is standard, so the motor is not built with special mechanical or electrical modifications.

A Comcoder provides incremental and absolute position data at 2048 lines/rev, giving the connected drive detailed motion information for closed-loop control. Its single-turn optical feedback design reports shaft position within one mechanical revolution and supports stable commutation during dynamic motion. The coded track carries the EPC 15T designation, allowing compatible Kollmorgen drives to identify the feedback type automatically. This arrangement supports accurate contouring and synchronized motion profiles in multi-axis systems, especially where repeatable positioning and smooth interpolation are important.